一个化学诱变的小麦斑点叶突变体的生理和遗传分析
杜丽芬1,*, 李明飞1,*, 刘录祥2, 王超杰1, 刘洋1, 许喜堂1, 邹淑芳1, 谢彦周1,*, 王成社1,*

Physiological Characteristics and Genetic Analysis on a Spotted-leaf Wheat Derived from Chemical Mutation
DU Li-Fen1,**, LI Ming-Fei1,**, LIU Lu-Xiang2, WANG Chao-Jie1, LIU Yang1, XU Xi-Tang1, ZOU Shu-Fang1, XIE Yan-Zhou1,*, WANG Cheng-She1,*
图1 突变体LF2010与野生型小麦的表型比较 a: 苗期野生型; b:苗期突变体; c: 突变体, 箭头示保持绿色叶片; d: 灌浆期野生型; e: 灌浆期突变体; f: 田间生长的野生型左和突变体右; g: 突变体上和野生型下的叶鞘颜色; h: 突变体上和野生型下的叶片颜色; i: 突变体部分遮光后上和遮光前下叶片。
Fig. 1 Phenotype of mutant LF2010 and its wild-type wheat a: wild type seedling; b: mutant seedling; c: mutant. The arrow shows the keep-greening leaf; d: Wild type plant at grain-filling stage; e: mutant plant at grain-filling stage; f: wild type left and mutant right growing in the field; g: sheath color in mutant upper and wild type lower; h: leaf color in mutant upper and wild type lower; i: mutant leaf after partially shading upper and before shading lower.